Smart Lock Secure Connectivity Solution

Engineered for the rigorous demands of smart locks, our solutions deliver unmatched security, reliability, and low-power performance. We specialize in high-precision Pogo pin spring connectors and FPC connectors designed to excel in critical applications. Our Pogo pins ensure stable contact for fingerprint sensors, battery connections, and emergency power interfaces, while our FPC connectors provide seamless integration for display panels and touch modules. Built to last, our components guarantee consistent, stable connectivity for years of uninterrupted use.

Smart Door Locks Fingerprint Locks Face Recognition Locks Hotel Locks Cabinet Locks

Features

Key Advantages

100K-cycle ultra-long life Pogo pin

Anti-Corrosion Gold Plating Process

Reliable Fingerprint Sensor Connection

Emergency Power USB Port

Ultra-Low Power Design

100% Full Electrical Performance Inspection

Overview

In-depth Product Details & Applications

Solution Overview

Smart door locks operate in demanding environments, constantly exposed to door vibrations, temperature fluctuations, and humidity changes. This requires uncompromising connector reliability. Our solution features high-performance Pogo pins for stable connections between fingerprint sensors and main control boards, paired with ultra-slim FPC connectors for seamless display panel integration.

Key Applications

Fingerprint Smart Locks: FPC connections for sensors, Pogo pin battery contacts, and Type-C emergency power ports
Face Recognition Locks: 3D camera module connections, IR fill lights, and touch keypad panels
Hotel & Apartment Locks: RFID module interfaces, Bluetooth modules, low-power wireless communication, and door status sensors
Smart Cabinet Locks: Control board connections for lockers, electromagnetic lock drivers, and status indicator lights

Solution Advantages

Our Pogo pins utilize stainless steel piano wire springs with gold/palladium plating, ensuring <5% elasticity loss after 100,000 cycles. FPC connectors feature ZIF (Zero Insertion Force) locking mechanisms to prevent accidental disconnection. The entire product line is certified to withstand extreme temperature cycling from -40℃ to +85℃.